Products & Systems

Amplifier solutions provide flexible EEG and biosignal acquisition for a wide range of research environments, from controlled laboratory studies to mobile and multimodal experiments. They support applications such as hyperscanning, EEG-fMRI, brain stimulation, and real-world data collection.

fNIRS imaging systems enable non-invasive monitoring of brain activity by measuring hemodynamic responses in the brain. They support laboratory, mobile, and multimodal research applications including hyperscanning, neuroergonomics, rehabilitation, and combined EEG-fNIRS studies.

Eye tracking systems capture gaze position, visual attention, and eye movement behavior in screen-based and real-world environments. They are used in neuroscience, usability, behavioral, marketing, training, and multimodal research applications.

Electrode systems provide flexible sensor configurations for acquiring EEG and physiological signals across a wide range of research environments. They support high-density recordings, mobile measurements, EEG-fMRI studies, and multimodal neuroscience applications.

Brain stimulation systems enable non-invasive modulation of neural activity for neuroscience and clinical research. They support applications such as TMS, tDCS, closed-loop stimulation, neurofeedback, and combined stimulation-recording workflows.

Our accessories extend and optimize your neuroscience research set-ups by supporting synchronization, triggering, participant response collection, monitoring, and multimodal integration. They help improve timing accuracy, workflow flexibility, and experimental control.

Research software supports the acquisition, synchronization, visualization, processing, and analysis of neuroscience and behavioral data. It enables experiment control, real-time monitoring, multimodal integration, and advanced signal analysis workflows.

Peripheral Sensors are a great way to learn more about your participants physiological state. They allow collecting objective, real-time data on participants' bodily responses, such as heart rate, skin conductance, and respiration. Whether they will be used as an add-on to existing EEG or fNIRS set-ups or as a stand-alone solution to complement self-reports and behavioral observations.